Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A communication system comprising: a first electronic apparatus; and a second electronic apparatus communicable with the first electronic apparatus; wherein the first electronic apparatus includes first circuitry configured to transmit first configuration information stored in a first memory of the first electronic apparatus to the second electronic apparatus at a given timing, and wherein the second electronic apparatus includes second circuitry, including a plurality of information reception interfaces including at least a first information reception interface and a second information reception interface, the second circuitry configured to receive the first configuration information from the first electronic apparatus via the first information reception interface; receive second configuration information via the second information reception interface; refer to priority information indicating a priority order set for the first information reception interface and the second information reception interface; and determine which of the first configuration information received from the first electronic apparatus via the first information reception interface and the second configuration information received via the second information reception interface is to be discarded or stored in a second memory of the second electronic apparatus based on the priority order set for the first information reception interface and the second information reception interface.
The communication system involves two electronic apparatuses that exchange configuration information. The first apparatus transmits stored configuration data to the second apparatus at a predefined time. The second apparatus has multiple reception interfaces, including at least two distinct interfaces, and receives configuration data from both the first apparatus and another source. The second apparatus evaluates priority information that defines a ranking between the reception interfaces. Based on this priority, the apparatus decides whether to discard or store the received configuration data in its memory. The system ensures that higher-priority configuration data is retained while lower-priority data is discarded, preventing conflicts or overwrites. This approach is useful in environments where multiple sources provide configuration updates, such as networked devices or distributed systems, where consistent and prioritized configuration management is critical. The priority-based selection mechanism allows the system to handle concurrent updates efficiently, ensuring only the most relevant configuration data is applied.
2. The communication system of claim 1 , wherein the priority information sets the first information reception interface with a lower priority order, and the second information reception interface with a higher priority order, and wherein when the second circuitry receives the second configuration information via the second information reception interface set with the higher priority order after receiving the first configuration information via the first information reception interface set with the lower priority order, the second circuitry stores the second configuration information received via the second information reception interface set with the higher priority order in the second memory, and wherein when the second circuitry receives the first configuration information via the first information reception interface set with the lower priority order after receiving the second configuration information via the second information reception interface set with the higher priority order, the second circuitry discards the first configuration information received via the first information reception interface set with the lower priority order.
A communication system prioritizes configuration information received through multiple interfaces to ensure only the highest-priority data is stored. The system includes at least two information reception interfaces, each assigned a priority level. The first interface is set to a lower priority, while the second interface is assigned a higher priority. Configuration information received through the higher-priority interface is stored in memory, while information received through the lower-priority interface is discarded if it arrives after higher-priority data. This ensures that only the most recent and highest-priority configuration updates are retained, preventing outdated or lower-priority data from overwriting critical settings. The system dynamically manages configuration data by comparing the priority of incoming information and selectively storing or discarding it based on predefined priority rules. This approach is particularly useful in environments where multiple sources provide configuration updates, ensuring system stability and consistency by prioritizing the most relevant data.
3. The communication system of claim 2 , wherein the priority information includes a flag indicating whether the second circuitry receives or does not receive the first configuration information via the first information reception interface and the second configuration information via the second information reception interface in addition to the priority order set for the first information reception interface and the second information reception interface, and wherein when the second circuitry receives the first configuration information via the first information reception interface set with the lower priority order while the flag of the second information reception interface set with the higher priority order is set with false indicating that the second configuration information is not yet received at the second electronic apparatus, the second circuitry stores the first configuration information received via the first information reception interface, and wherein when the second circuitry receives the first configuration information via the first information reception interface set with the lower priority order while the flag of the second information reception interface set with the higher priority order is set with true indicating that the second configuration information is already received via the second information reception interface, the second circuitry discards the first configuration information received via the first information reception interface.
A communication system manages configuration information received from multiple interfaces with different priority levels. The system includes circuitry that processes priority information, which includes a flag indicating whether configuration data has been received via a higher-priority interface. The priority information also defines the order of preference between two or more information reception interfaces. When the circuitry receives configuration data via a lower-priority interface while the flag for the higher-priority interface is false (indicating no data has been received via the higher-priority interface), the circuitry stores the received data. Conversely, if the flag for the higher-priority interface is true (indicating data has already been received via the higher-priority interface), the circuitry discards the data received via the lower-priority interface. This ensures that only the most relevant configuration data is retained, preventing redundant or outdated information from being processed. The system optimizes data handling by dynamically evaluating priority and reception status to maintain accurate and up-to-date configurations.
4. The communication system of claim 3 , wherein the second circuitry applies any one of the first configuration information and the second configuration information stored in the second memory at a given timing to operate the second electronic apparatus, and wherein when the second circuitry receives the first configuration information via the first information reception interface and the second configuration information via the second information reception interface, the second circuitry applies any one of the first configuration information and the second configuration information that is received at the most-recent date to operate the second electronic apparatus.
A communication system enables remote configuration of electronic devices by receiving and applying configuration data from multiple sources. The system includes a first electronic apparatus that generates configuration information and transmits it to a second electronic apparatus via a communication network. The second electronic apparatus has circuitry that applies configuration data to control its operation. The system ensures that the second apparatus can receive configuration data from at least two different sources, such as a local interface and a network interface. The second apparatus stores both sets of configuration data and applies the most recently received data to ensure the latest settings are used. This allows for flexible and reliable remote management of electronic devices, particularly in scenarios where multiple configuration sources may be available, such as in industrial automation, IoT devices, or networked systems. The system prevents conflicts by prioritizing the most recent configuration data, ensuring consistent and up-to-date operation of the second electronic apparatus.
5. The communication system of claim 4 , wherein the plurality of the information reception interfaces further includes a third information reception interface, and wherein the second circuitry receives the first configuration information from the first electronic apparatus via the first information reception interface, and wherein the second circuitry receives the second configuration information from a user interface of the second electronic apparatus via the second information reception interface, and wherein the second circuitry receives third configuration information via the third information reception interface from a terminal apparatus communicable with the second electronic apparatus via a network.
This invention relates to a communication system designed to enhance configuration flexibility by integrating multiple input sources for setup data. The system addresses the challenge of managing configuration information from diverse devices and interfaces, ensuring seamless and centralized control. The system includes a second electronic apparatus with multiple information reception interfaces. These interfaces enable the apparatus to receive configuration data from different sources. The first interface receives first configuration information from a first electronic apparatus, while the second interface obtains second configuration information directly from a user interface of the second electronic apparatus. Additionally, a third interface allows the second apparatus to receive third configuration information from a terminal apparatus connected via a network. The system's circuitry processes and integrates these inputs, enabling dynamic and adaptable configuration management. This approach simplifies setup procedures, reduces manual intervention, and ensures consistent configuration across interconnected devices. The invention is particularly useful in environments where multiple devices need synchronized or coordinated configurations, such as industrial automation, smart home systems, or enterprise networks. By consolidating configuration inputs from various sources, the system improves efficiency and reduces errors in device setup and operation.
6. The communication system of claim 5 , wherein the second circuitry stores the second configuration information received via the second information reception interface in the second memory, and applies the second configuration information to operate the second electronic apparatus.
This invention relates to a communication system for configuring electronic apparatuses. The system addresses the challenge of efficiently distributing and applying configuration information to multiple electronic apparatuses in a network. The system includes a first electronic apparatus with first circuitry and a second electronic apparatus with second circuitry. The first circuitry transmits first configuration information to the second circuitry via a first information transmission interface. The second circuitry receives this information through a second information reception interface and stores it in a second memory. The second circuitry then applies the received configuration information to operate the second electronic apparatus. The system ensures that configuration updates are securely and reliably distributed, allowing the second apparatus to function according to the latest settings. This approach improves system flexibility and reduces manual configuration efforts, particularly in large-scale deployments where multiple devices must be synchronized. The invention focuses on streamlining the process of updating and managing device configurations in a networked environment.
7. The communication system of claim 5 , wherein when the second circuitry receives the first configuration information via the first information reception interface, the second configuration information via the second information reception interface, and the third configuration information via the third information reception interface while the second information reception interface and the third information reception interface are set with the higher priority order, compared to the priority order set for the first information reception interface, the second circuitry stores or discards the first configuration information depending on whether the flag of the second information reception interface and a flag of the third information reception interface are true or false, and wherein when the second circuitry receives the first configuration information via the first information reception interface, the second configuration information via the second information reception interface, and the third configuration information via the third information reception interface while the first information reception interface and the third information reception interface are set with the higher priority order, compared to the priority order set for the second information reception interface, the second circuitry stores or discards the second configuration information depending on whether the flag of the first information reception interface and the flag of the third information reception interface are true or false, and wherein when the second circuitry receives the first configuration information via the first information reception interface, the second configuration information via the second information reception interface, and the third configuration information via the third information reception interface while the first information reception interface and the second information reception interface are set with the higher priority order, compared to the priority order set for the third information reception interface, the second circuitry stores or discards the third configuration information depending on whether the flag of the first information reception interface and the flag of the second information reception interface are true or false.
A communication system manages configuration information from multiple sources with prioritized interfaces. The system includes circuitry that receives configuration data from at least three interfaces, each assigned a priority order and a flag indicating whether the data should be stored or discarded. When two interfaces have higher priority than the third, the circuitry evaluates the flags of the higher-priority interfaces to determine whether to store or discard the data from the lower-priority interface. For example, if the second and third interfaces have higher priority than the first, the circuitry checks the flags of the second and third interfaces to decide whether to retain or discard the first interface's data. Similarly, if the first and third interfaces have higher priority than the second, the flags of the first and third interfaces determine whether to store or discard the second interface's data. The same logic applies when the first and second interfaces have higher priority than the third, with the flags of the first and second interfaces dictating the handling of the third interface's data. This ensures that configuration data is processed based on predefined priority rules and flag conditions, preventing conflicts and ensuring consistent system behavior.
8. A method of setting configuration information in an electronic apparatus, the method comprising: receiving first configuration information from another electronic apparatus via a first information reception interface of the electronic apparatus; receiving second configuration information via a second information reception interface of the electronic apparatus; referring to priority information indicating a priority order set for the first information reception interface and the second information reception interface; and determining which of the first configuration information received from the another electronic apparatus via the first information reception interface and the second configuration information received via the second information reception interface is to be stored in the electronic apparatus or discarded based on the priority order set for the first information reception interface and the second information reception interface.
This invention relates to configuring electronic devices by resolving conflicts between configuration data received from multiple sources. The problem addressed is ensuring consistent and reliable configuration settings when an electronic apparatus receives conflicting configuration information from different interfaces, such as a network connection and a local input. The method involves receiving first configuration data from another electronic device via a primary interface and second configuration data via a secondary interface. Priority rules are then applied to determine which configuration data to retain or discard. The priority rules define the precedence of each interface, allowing the apparatus to automatically select the appropriate configuration data based on predefined settings. This ensures that the device operates with the correct configuration even when conflicting inputs are received. The solution is particularly useful in environments where devices receive configuration updates from multiple sources, such as cloud servers and local administrators, and need to resolve conflicts without manual intervention. The method improves reliability and reduces the risk of misconfiguration by enforcing a structured priority system for configuration data.
9. An electronic apparatus comprising: circuitry, including at least a first information reception interface and a second information reception interface, the circuitry configured to receive, via the first information reception interface, first configuration information from another electronic apparatus configured to transmit the first configuration information at a given timing; receive second configuration information via the second information reception interface; refer to priority information indicating a priority order set for the first information reception interface and the second information reception interface; and determine which of the first configuration information received from the another electronic apparatus via the first information reception interface and the second configuration information received via the second information reception interface is to be stored in the electronic apparatus or discarded based on the priority order set for the first information reception interface and the second information reception interface.
The invention relates to an electronic apparatus designed to manage configuration information received from multiple sources. The apparatus includes circuitry with at least two information reception interfaces, each capable of receiving configuration data from different sources. The first interface receives configuration information from another electronic apparatus at a predetermined timing, while the second interface receives configuration information independently. The circuitry is further configured to access priority information that defines a priority order between the two interfaces. Based on this priority order, the apparatus determines whether to store or discard the received configuration information. If the first interface has higher priority, the configuration information from the other electronic apparatus is stored, and the second interface's data is discarded, or vice versa. This system ensures that only the most relevant configuration data is retained, preventing conflicts and ensuring proper device operation. The priority order can be dynamically adjusted to adapt to different operational scenarios, improving flexibility and reliability in configuration management.
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March 24, 2020
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